Tom Ford Lost Cherry Sampler Vial 0.05oz (1.5ml) – New in Card

Discover Lost Cherry in a Portable Vial

The Tom Ford Lost Cherry sampler vial offers a compact way to explore a beloved fragrance without committing to a full bottle. At just 0.05 fl oz (1.5 ml), this tiny vial fits easily into a purse, pocket, or travel kit, making it simple to sample genuine scent nuances on the go. Expect a vibrant opening that hints at ripe black cherries and a whisper of cherry liqueur, with a subtle almond nuance that temper the sweetness and invites closer listening as the perfume settles.

Notes at a Glance

• Top notes: ripe black cherry, cherry liqueur, a touch of almond
• Heart notes: Griotte syrup, Turkish rose, jasmine sambac
• Base notes: sandalwood, cedar, vetiver

A Fragrance Journey Worth Exploring

As the scent evolves, a confectionery sweetness emerges, pairing with warm woods to create a balanced, multi-layered experience. The interaction between fruit, florals, and woods can feel playful in daylight and more refined as evening unfolds. This is a fragrance that invites curiosity and personal interpretation, rather than claiming a single fixed effect.

Ideal Uses and Scenarios

• Travel-friendly sampling that fits in small bags, perfect for flights or gym bags.
• Skin testing to observe how Lost Cherry mingles with your natural chemistry across different times of day.
• Trial before committing to a full bottle, helping you decide on layering or occasion wear.

Why This Sampler Might Appeal

For fragrance lovers, the tiny vial provides a low-commitment way to assess the scent’s personality and how it develops on your skin. It can support decisions about when and where you might enjoy Lost Cherry, and how it pairs with your wardrobe or other scents in your collection. The card-ready packaging emphasizes ease of handling and discreet testing, especially when you’re evaluating several options.

Packaging Note

New in card, this compact vial is designed for convenience and freshness, offering a practical path to fragrance discovery without bulk.